Acid Blockers

Aajonus described Maalox consistently as liquid chalk, comparing it to dolomite or chalk dissolved in water. He said it was "like eating Dolomite or chalk, just liquid chalk," a calcium-based compound designed to absorb hydrochloric acid and neutralize stomach acidity. The pharmacological goal, as he understood it, was to eliminate the acid so that it would stop eroding the ulcerated stomach wall, allowing the wound to clot and seal.

His objection was not merely philosophical. He described the mechanical consequence of Maalox in concrete terms: when you absorb the hydrochloric acid, you stop digesting. Meat, dairy, and all animal protein pass through the stomach without being broken down. The body is deprived of the nutrients those foods were supposed to provide. He pointed out that this situation was compounded by the fact that the ulcer in his own case was being fed not just by stomach acid but by alcohol and soda pop, which were continuing to erode the stomach lining regardless of how much Maalox he consumed. Doctors, in his account, addressed the acid but ignored the actual chemical irritants driving the erosion, because the pharmaceutical industry did not incentivize them to look there.

He also described a physical hardening effect from Maalox. Because Maalox is chalk-based, it hardens tissue when deposited in the body. In his telling, after six months of consuming sometimes two to five bottles of Maalox per week, the chalky material built up and caked in his system around the ulcer site. This hardening, he said, caused a tumor to form directly adjacent to the ulcer. The acid blocker that was supposed to heal the ulcer instead caused the stomach cancer that led to further and more destructive surgical intervention.

Aajonus returned to his personal history with Maalox repeatedly across multiple workshops, and the story is worth reconstructing in full detail because he used it as the primary case study for what acid blockers cost a patient. He developed a stomach ulcer at approximately 19 to 20 years old in California, the result of heavy alcohol consumption, nicotine, and what he described as a total absence of mucus protection in the stomach lining. He was vomiting blood, in some versions projectile vomiting, which is how the ulcer was discovered.

Doctors at UCLA prescribed Maalox. He complied, consuming in various accounts anywhere from two bottles a week to five bottles a week, describing himself as going through tremendous quantities. He noted that while consuming all this Maalox, he did not stop drinking alcohol or using nicotine, because the doctors told him only to take the Maalox and did not address the chemical irritants that were actually driving the erosion. The Maalox absorbed the hydrochloric acid, which meant he was no longer digesting anything properly, and then the chalk caked in the tissue and contributed to tumor formation at the ulcer site.

Once a tumor developed, doctors determined they needed to perform surgery. The surgery they performed was a vagotomy pyeloplasty, which in Aajonus's explanation meant the severing of all vagus nerves to the stomach. The vagus nerve is the nerve pathway through which the brain signals the stomach to produce hydrochloric acid. With those nerves severed, his stomach would never again produce hydrochloric acid. He was placed, as he described it across many retellings, in the category of octogenarians, meaning very elderly people whose bodies naturally cease producing hydrochloric acid, who are considered incapable of digesting protein without supplemental hydrochloric acid and who are deemed to be at serious risk of death from bacterial, parasitical, and fungal invasion from food.

The surgical outcome also included a stretching of the duodenum to three times its normal size so it could hold food longer in an attempt to compensate for the lost digestive capacity, along with the removal of part of the stomach. The incision from this surgery later became tumorous, growing to about an inch and a half wide and three-quarters of an inch high, which then necessitated ten weeks of intensive radiation therapy.

Aajonus was explicit that the correct response to an ulcer is not acid blocking. In his framework, an ulcer develops because the mucous membrane lining the stomach becomes depleted and the acid that should stay within the stomach's normal digestive activity begins eating into the stomach wall. The stomach lining produces mucus as a protective barrier between the acid and the tissue. When that mucus is stripped away, by alcohol, nicotine, or other chemical irritants, the lining becomes exposed and vulnerable.

He said that the appropriate medical response would have been to support the production of mucus in the stomach lining, to give the protective membrane what it needed to restore itself. Instead, doctors went immediately to Maalox to cut out the acid, which addressed the symptom while leaving the underlying damage unaddressed and the causative irritants, alcohol and tobacco, completely untouched. The statement he made in one workshop was that the correct first step is to give the patient something to stimulate mucus production in the stomach lining, and that Maalox bypasses this entirely.

He pointed out the additional absurdity that no matter how many bottles of Maalox a person drinks, the acid from alcohol and soda pop continues to eat away at the tissue. Maalox absorbs hydrochloric acid produced by the body, but it does not stop the erosive action of externally introduced chemicals like alcohol. Doctors, in his account, simply did not consider this, because they were operating from a framework written and funded by the pharmaceutical industry, which had every incentive to sell Maalox and no incentive to recommend stopping alcohol.

Because acid blockers work by eliminating hydrochloric acid, Aajonus's entire critique of them depends on a correct understanding of what that acid does. He was detailed on this subject. Hydrochloric acid is the primary secretion of the stomach and its job is to dissolve large particles of protein, particularly meat, into smaller fragments that bacteria in the intestines can then work on further. He described it as putrefactive in nature, meaning it operates by the same principle as putrefactive bacteria, which break down animal cells rather than plant matter.

He demonstrated this experimentally, at least in his account, by taking hydrochloric acid from the stomachs of 32 cadavers during autopsies and applying it directly to various foods. The acid worked thoroughly on meats and dairy products, dissolved meat into what he described as a soup of broken-down protein, worked to a lesser extent on avocados and coconuts, and barely etched vegetables, fruits, nuts, and grains, affecting those only at approximately two percent. He used this to argue that the human digestive system is architecturally designed around the digestion of animal foods, and that hydrochloric acid is the chemical proof of that design.

He also noted that hydrochloric acid is secreted throughout the small intestine as well, not only in the stomach, and that this is why he personally, having had his vagus nerve severed and producing no stomach acid, was still able to digest some animal protein. The small intestinal production picks up some of the work. But the major site of production is the stomach, and removing it entirely through a vagotomy, which is what acid blockers were meant to prevent through suppression, leaves the body fundamentally compromised.

Aajonus argued that all medical manuals used to train doctors are written by pharmaceutical companies, and that the bias built into those manuals is always toward treatment with medication. This shapes the acid blocker situation directly: the doctor is trained to see excess acid as the problem and to prescribe a product that neutralizes or absorbs that acid. The doctor is not trained to ask what is stripping the mucous membrane, whether the patient's behavior is introducing chemical irritants that are driving the erosion, or whether restoring mucus production might resolve the underlying condition.

He extended this critique by noting that the pharmaceutical industry, like the cigarette industry, is designed to create dependency. Maalox does not heal anything. It absorbs acid temporarily, meaning the patient must keep taking it indefinitely. The acid blocker produces no resolution, only management, and in his own case it produced active harm, hardening the tissue around the ulcer and triggering cancer. This, in his telling, is not an accident or an unfortunate side effect. It reflects a system in which continued use of a product is the goal, not recovery.

One of the most frequently referenced details in Aajonus's teaching about acid blockers is what happened to him after his vagus nerves were severed. Because the surgery was the direct consequence of Maalox use, his life without hydrochloric acid became a living demonstration of what acid blocking ultimately produces in its most complete form. He was told never to eat anything raw for the rest of his life. Apples had to be baked or steamed. Bananas had to be steamed. Everything had to be cooked, steamed, or processed into mush with milk or soda. Even fruit had to be heat-treated because without stomach acid, he had no defense against microorganisms in food.

He eventually discovered raw food, beginning with carrot juice and raw milk, and this changed his trajectory. He used his own experience of eating abundant raw food, including high meat, without stomach acid and without the catastrophic bacterial invasion doctors had predicted, as evidence against the entire framework that makes acid blocking seem necessary. The presence of hydrochloric acid, in his view, is not what protects a person from pathological microorganisms. Raw food, he argued, contains beneficial microorganisms whose activity supports rather than threatens health, and the absence of stomach acid does not make raw food dangerous.

He also made the point that he produces hydrochloric acid throughout his small intestine, as all humans do, so some protein digestion does occur. He compensated for the lack of stomach acid by grinding meat finely, three times through a grinder, so that by the time it reached the small intestinal acid, the particles were small enough to be worked on effectively.

While Aajonus rejected acid blockers as both dangerous and counterproductive, he did address what to do when stomach over-acidity causes discomfort. In "We Want to Live," he described a protocol for addressing stomach acid that does not involve suppressing the body's own production but instead uses food-based substances to absorb or neutralize excess acidity temporarily without creating downstream damage.

He specified eating no-salt-added raw cheese, or raw fresh coconut, or bread made from unbleached and nonfortified flour, while sipping honey. These foods absorb excess stomach acidity without hardening tissue. A more active formula he gave was one cup of good mineral water mixed with one quarter teaspoon of sun-dried powdered clay, two tablespoons of honey, and the juice of one to two lemons or limes. This mixture neutralizes stomach over-acidity. He noted that sometimes it is best to neutralize the acidity first with this formula and then absorb it with raw cheese or bread.

For burning sensation that occurred during vegetable juicing, where alkalinizing juices pulled acids from the esophagus and the membrane between the stomach and lungs into the digestive tract, he recommended adding one tablespoon of cream to the juice. The fat in the cream binds with the caustic substances, including bile that causes burning, as they pass through, so the burning sensation is prevented.

Aajonus also addressed acid stomach in the context of digestive difficulty more broadly, recommending proper kefir as a support. He specified that the kefir must contain three strains of bacteria: bulgaricus, coccus, and acidophilus. These three strains collectively break down protein, fats, and carbohydrates and sugars respectively, meaning the food is predigested before the body even needs to act on it. This makes kefir useful for anyone who has digestive problems, acid stomach, or is elderly and does not absorb nutrients well, because the digestive work has already been done by the bacterial fermentation.

He noted that Stueve's kefir contained gelatin, which he did not prefer, but he observed that the fats in kefir chelate with the gelatin in a way that prevents the gelatin from being absorbed while still allowing it to bind with free radicals.